Circular hydraulic engineering device for landscape water body

Abstract

The invention relates to a circular hydraulic engineering device for a landscape water body. The device comprises a main baffle plate, an upstream water pump part, an upstream algae removal device, anupstream sludge removal device, an upstream sewage treatment device, a downstream water pump part, a downstream algae removal device, a downstream sludge removal device and a downstream sludge treatment device. By arranging the parts, the landscape water body can be converted from dead water into living water, so that the condition of inner pollution of the landscape water body which is left to stand for a long time is avoided.

Description

Technical field [0001] The invention belongs to the field of water conservancy engineering equipment, and specifically relates to a landscape water body circulating water conservancy device. Background technique [0002] With the improvement of environmental protection laws and regulations and the increase in environmental protection awareness of the whole society, the importance of water pollution has gradually increased. In addition to the treatment of industrially polluted water bodies, water pollution caused by ecological imbalances has also gradually received attention. In many urban parks or forest parks in particular, there will be many artificial water landscape facilities, but most of these artificial water landscape facilities do not have a continuous upstream environment, and there is no continuous downstream environment, resulting in such an artificial water landscape. No matter how large the area of ​​the facility is, it becomes a relatively static water environment....

AI Technical Summary

Problems solved by technology

There are many artificial water landscape facilities in many urban parks or especially forest parks, but most of these artificial water landscape facilities do not have a continuous upstream environment, nor do they have a continuous downstream environment, resulting in such artificial water landscapes No matter how large the facility is, it becomes a relatively still water environment. Such a relatively still water environment is often called stagnant water. Such a still water environment will cause an ecological imbalance in the water environment. Once a very small amount of pollutants accidentally enters the In the water body, harmful organisms (such as algae) will grow explosively, which in turn will cause the explosive growth of microorganisms, which in turn will cause the increase of silt and the harmful components of silt, thus forming a vicious circle

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